A new model of agro-photovoltaic and aquaculture-integrated solar power generation enhances land-use efficiency.
Release Date:
2025-12-16 09:20
Source:
The new model of agro‑photovoltaic and aqua‑photovoltaic integration not only seamlessly combines agriculture, aquaculture, and photovoltaic power generation, but also maximizes resource utilization within a limited spatial footprint. By installing photovoltaic panels above fish ponds, this innovative approach provides natural shade and relief from summer heat for the fish while effectively harnessing otherwise underused water surface area for solar power generation—achieving two objectives with one solution. Meanwhile, reduced light penetration beneath the panels curbs algal growth, improves water quality, and creates a superior growing environment for the fish. On the open spaces between the panels, farmers can cultivate shade‑tolerant crops such as vegetables and medicinal herbs, further enhancing land productivity. This three‑dimensional production system not only boosts land‑use efficiency but also fosters diversified local economic development, opening up new avenues for increasing farmers’ incomes. With continuous technological advancements and the maturation of this model, the agro‑photovoltaic and aqua‑photovoltaic integration is poised to be replicated and scaled up in more regions, thereby making a greater contribution to China’s green energy transition and rural revitalization.
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